A Typesetting Display Method Adaptive to Screen Size

Abstract

The invention provides a typesetting display method self-adaptive to screen size. The method comprises the steps that firstly, a display area is specified for each functional module of a program, thelowest height and the normal height of the display area of each module are preset, the display types of the display areas comprise fixed display and stretchable display, and when the display area typeis the fixed display, the values of the two heights are equal; the size of a to-be-displayed screen is obtained, whether each module can be displayed in the screen or not is judged according to a display area specified by each functional module, and the modules capable of being displayed into the to-be-displayed list is output; the final display height of each display area in the list to be displayed is calculated according to the residual height of the screen; and according to the final display height of the display area, each to-be-displayed function module is adjusted to perform screen display. According to the method, the program is adaptive to the screen size, various functions are normally displayed, and the problem that the development and maintenance cost is high due to the fact that multiple versions are designed for adapting to different types of self-service machines is solved.

Description

technical field [0001] The present invention relates to the technical field of terminals, in particular to a typesetting and display method for adaptive screen size. Background technique [0002] The screen size of different models of self-service kiosks varies greatly, mainly reflected in the height. The taller ones are several times the width, and the shorter ones are much smaller in height than the width. If the same program needs to run on self-service kiosks of different height models, the screen will appear Blank or stretched, the overall display effect cannot be guaranteed. If the program is made according to the short screen specification, the extra space will be wasted. If the screen is made according to the high screen size, the interface may be unusable due to compression. [0003] In the prior art, the solution to this problem in the development of many application programs is to make multiple versions of the program according to the height of the screen to adapt...

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Problems solved by technology

[0005] Aiming at the above-mentioned deficiencies in the prior art, the purpose of the present invention is to provide a typesetting and display method with adaptive screen size to solve the problems caused by the need for multi-version development in the prior art to use different types of self-service machine displays. The problem of high development and maintenance costs in both the client and server data ends, reducing the workload of development and maintenance

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